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海洋环境中砷的转化

Transformations of arsenic in the marine environment.

作者信息

Edmonds J S, Francesconi K A

出版信息

Experientia. 1987 May 15;43(5):553-7. doi: 10.1007/BF02143584.

Abstract

It is ten years since arsenobetaine was first isolated from the western rock lobster Palinurus cygnus. Subsequently this naturally-occurring arsenical has been found in many species of marine animals contributing to the human diet. The identification of arsenic-containing ribofuranosides in algae and the production of dimethylarsinoylethanol from their anaerobic decomposition has allowed speculation on arsenic metabolism in marine organisms and has suggested a possible route to arsenobetaine from oceanic arsenate.

摘要

自首次从西岩龙虾(Palinurus cygnus)中分离出砷甜菜碱至今已有十年。随后,这种天然存在的砷化合物在许多供人类食用的海洋动物物种中被发现。藻类中含砷核糖呋喃糖苷的鉴定以及它们厌氧分解产生二甲基砷酰乙醇,引发了对海洋生物中砷代谢的推测,并提出了从海洋砷酸盐生成砷甜菜碱的可能途径。

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